Chemistry Demonstration Kits
Innovating Science™ Density of Liquids: The Color Column
Witness a colorful density gradient.
Innovating Science™ Demonstration Kit: Chemical Battery
Construct a simple wet-cell battery.
Eisco™ Half Life Analogue Demonstration
Half Life Analogue Demonstration allows students to simulate radioactive decay, while also creating a decay curve.
Innovating Science™ Oscillating Reactions: The Traffic Light Demonstration Kit
A flask containing a yellow solution is gently swirled and the solution turns red. When the flask is shaken the solution turns green.
Innovating Science™ Nylon Rope Trick
Demonstrate polymerization at a liquid-liquid interface.
Innovating Science™ Chemistry Demonstration Kits: Reduction-Oxidation Rainbow
Rainbow reaction colorfully demonstrates an oscillation reaction.
Innovating Science™ Oscillating Reactions: Yellow to Blue and Back
See the colors change before your eyes.
Innovating Science™ Formation of Tin Wool Chemistry Demo Kit
Single replacement reaction in which zinc metal dissolves in solution and tin metal is formed.
Innovating Science™ Disappearing Rainbow
Use acids and bases with three indicators to create a rainbow of colors.
Innovating Science™ Up in Vapor! Hydrogen Peroxide Decomposition Demo Kit
Shows decomposition of chemical hydrogen peroxide using sodium iodide.
Innovating Science™ War of the Acids Chemistry Demonstration Kit
Designed to visualize the differences between strong and weak acids
Innovating Science™ Exothermic/Endothermic Combination Demonstration
Study both processes of endothermic and exothermic reactions. Reactions are safely carried out in plastic bags. The students can pass the bags around to feel the results of the reactions.
Innovating Science™ Polyurethane Foam Chemical Kit
Excellent demonstration of thermoplastic polymers.
Innovating Science™ Chemiluminescence Chemical Reaction Kit
Explain and view chemiluminescence.
Innovating Science™ Eutectic Alloys Chemistry Demo Kit
Form a metal alloy as bismuth and tin are heated to the eutectic point of the two metals which is lower than the melting point of either metal.